Panagiotis Mougkogiannis

This study examines how chloroform affects the electrical activity of proteinoids, finding that it reduces spike potential and shortens interspike periods with increasing exposure.

The paper evaluates proteinoid microspheres' neuron-like activity by interacting them with simulated Izhikevich neuronal networks, showing tunable spiking responses to input patterns.

This study investigates the electrical spiking activity of Proteinoids-ZnO colloids, finding they exhibit neuron-like behavior through surface molecule oscillations.

This study shows that ensembles of proteinoids can recognize spoken English letters by producing unique electrical activity patterns in response to sound inputs.

This study demonstrates that proteinoid microspheres can implement logical gates through their electrical responses, showing potential for computational capabilities.